Millwork Drafting

Detailed shop drawings for custom woodwork and cabinetry.

What We Deliver

Our Millwork Drafting service provides expert shop drawings for custom millwork, architectural casework, cabinetry, and woodwork fabrication. We create detailed fabrication drawings from architectural plans and specifications—developing elevations, sections, details, and cut lists. Our millwork drafters understand joinery, hardware, finishes, and woodworking methods—creating drawings optimized for shop fabrication. We produce cabinet layouts, countertop templates, panel elevations, and installation details. We work in AutoCAD, Cabinet Vision, Microvellum, and other millwork-specific software. Our drawings support bidding, fabrication, material ordering, and field installation ensuring custom millwork is manufactured accurately and installed properly according to design intent. Our DFM/DFA Support service provides expert analysis optimizing product designs for manufacturability and assembly efficiency. We review designs identifying opportunities to reduce part count, simplify manufacturing processes, improve assembly sequences, and lower production costs. Our manufacturing engineers evaluate material selection, manufacturing methods, tolerance requirements, and assembly complexity—recommending design changes improving quality while reducing costs. We support Design for Manufacturing (DFM) principles for processes including injection molding, sheet metal, machining, casting, and additive manufacturing. We conduct Design for Assembly (DFA) analysis simplifying assembly operations, reducing labor, and improving quality. Our recommendations balance design intent, cost, quality, and time-to-market helping bring better products to market faster and more economically.

Shop drawing development from architectural plans and specifications

Detailed elevations showing cabinet configuration, hardware, and finishes

Section drawings illustrating construction methods and joinery details

Cut lists and material schedules supporting accurate material ordering

Installation drawings providing field dimensions and mounting details

Hardware schedules specifying hinges, pulls, slides, and accessories

Design for Manufacturing analysis identifying producibility issues and cost drivers

Design for Assembly evaluation simplifying assembly and reducing labor content

Part consolidation opportunities reducing component count and assembly complexity

Manufacturing process selection recommending optimal production methods

Tolerance analysis ensuring specifications support function without excessive cost

Cost reduction recommendations quantifying potential savings from design changes

Frequently Asked Questions

What types of millwork do you detail?

We create shop drawings for kitchen cabinets, bathroom vanities, reception desks, commercial casework, architectural woodwork, built-in furniture, display fixtures, retail fixtures, entertainment centers, closet systems, and custom architectural elements.

Which millwork software do you use?

We work with Cabinet Vision, Microvellum, AutoCAD, SketchUp, and 2020 Design. However, we're not limited to these platforms—our millwork drafters adapt to shop-specific software, proprietary systems, or any drafting tools your fabrication facility uses.

Do you follow AWI standards?

Yes. We detail according to Architectural Woodwork Institute (AWI) standards including Premium, Custom, and Economy grades—specifying appropriate construction methods, materials, finishes, and tolerances matching project quality levels and architectural specifications.

Can you work from existing field conditions?

Absolutely. We create as-built drawings from field measurements, verify dimensions for accuracy, accommodate out-of-square conditions, detail scribes and fillers, and develop fabrication drawings ensuring millwork fits existing site conditions perfectly.

What information do your shop drawings include?

We provide overall dimensions, individual cabinet sizes, door/drawer configurations, shelf locations, hardware placements, finish specifications, edge banding details, countertop overhangs, toe kick dimensions, scribes, crown molding, and installation notes—complete information supporting fabrication and installation.

What manufacturing processes do you optimize for?

We support injection molding, die casting, sheet metal fabrication, CNC machining, welding, additive manufacturing (3D printing), forging, stamping, extrusion, and assembly processes—with specific DFM guidelines for each manufacturing method.

What savings can DFM/DFA provide?

Typical results include 20-40% manufacturing cost reduction, 30-50% assembly time reduction, 15-30% part count reduction through consolidation, and 10-25% material cost savings—with specific improvements depending on original design complexity and manufacturing volumes.

When should DFM/DFA analysis occur?

Ideally during detailed design phase before tooling/production commitments—allowing design changes without expensive modifications. However, we also conduct value engineering on existing products identifying improvement opportunities for redesign or running production changes.

Do you consider assembly automation potential?

Yes. We evaluate design features supporting automated assembly (part orientation, feeding, gripping, insertion), recommend changes enabling automation, and assess automation feasibility—helping manufacturers transition from manual to automated assembly when economically justified.

How do you balance DFM recommendations with design intent?

We work collaboratively with design teams understanding functional requirements, aesthetic goals, and business constraints—recommending changes that reduce cost and improve manufacturability while preserving critical design features and meeting all performance requirements.